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Rallee

Rallee offers a movement‑based learning app for K‑6 students that turns physical activity into an interactive classroom tool, helping kids learn more effectively while managing stress. The iPad‑compatible platform lets students control timed obstacle courses, practice breathing exercises, and earn gamified rewards through personalized avatars and a prize portal. Schools use Rallee for quick brain boosts, emotional self‑regulation, and to support special‑education and test‑readiness programs.

Harrisburg, United StatesFounded 202214300+ followers
Updated 1 month ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Many elementary schools struggle to incorporate physical activity into classroom routines, leading to sedentary screen time that can diminish focus, increase stress, and limit opportunities for kinesthetic learning.

Solution

Rallee provides a move-to-learn iPad app that transforms screen time into active learning experiences for K‑6 students. Children use their bodies as controllers to navigate avatar‑guided obstacle courses, practice balance and breathing exercises, and earn digital rewards. The platform offers short, teacher‑led sessions that can be inserted between lessons to boost attention, support emotional regulation, and reinforce positive classroom behaviors. By aligning movement with curriculum goals, Rallee helps schools promote mental readiness, resilience, and overall academic performance.

Target Audience

Rallee is intended for K‑6 teachers, school administrators, and special‑education programs seeking to incorporate movement‑based interventions into the classroom.

Features

  • Avatar‑based obstacle courses where body movements serve as the game controller
  • Guided balance and breathing modules for self‑regulation and stress reduction
  • Gamified reward system and progressive levels to motivate participation
  • Quick “brain boost” sessions designed for easy integration into daily schedules
  • Content aligned with exercise and neuroscience research on motor skills and learning
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